How Defense Deals Are Funding Switzerland's First Advanced Quantum Computer

2026-09-10 companies

Zurich, Thursday, 10 September 2026.
A Swiss military procurement agreement is funding the nation’s first IBM Quantum System Two, expanding research in quantum navigation and materials science through ETH Zurich by late 2026.

Strategic Partnership Announcement

IBM (NYSE: IBM) and Lockheed Martin (NYSE: LMT) have formally announced a collaboration with ETH Zurich and armasuisse, Switzerland’s Federal Office for Defence Procurement, to establish the Swiss Quantum Innovation Hub [1][5]. Anchored by the installation of Switzerland’s first IBM Quantum Computer, the facility is funded through a defense offset agreement managed by armasuisse to accelerate applied research in quantum computing across commercial and defense sectors [1][6]. This initiative highlights the growing role of industrial offset agreements in driving international deep-tech investments and cross-border defense supply partnerships [1][6]. The hub aims to provide Swiss academic institutions and industries with direct access to world-class quantum hardware and expertise [3][6].

Defense Offset Funding Model

The procurement of this advanced technology is facilitated by an offset agreement between Lockheed Martin and armasuisse, ensuring the investment remains within the Swiss technological ecosystem [3][6]. Such agreements allow defense contractors to compensate for foreign military sales by investing in the purchasing country’s industry, here focusing on quantum capabilities [1][6]. This funding structure supports the installation of the IBM Quantum System Two at the Swiss National Supercomputing Centre (CSCS) in Lugano [2][3]. ETH Zurich will coordinate access to the system for researchers from federal institutes, other universities, and selected companies, fostering a broad research network [3][6].

Workforce development is a core component, offering access to the IBM Quantum Network, coursework, certifications, and workshops to build local talent [1][6]. Officials state this infrastructure will enable Switzerland to advance the exploration of emerging technology and educate the necessary talent to support it [1][3]. The collaboration extends a long-standing relationship, with IBM maintaining research collaborations in Switzerland for nearly 100 years [1][2].

Technical Specifications and Deployment

The hub will host the first IBM Quantum System Two in Switzerland, powered by an IBM Quantum Nighthawk processor [2][3]. This processor features 120 programmable qubits and offers 25 times the circuit throughput of the Heron family, capable of executing more than 100,000 circuits per second [2]. IBM will operate the quantum computer and conduct research, while ETH Zurich will provide resources and manage expert support [2][3]. The system is scheduled for deployment and operation by the end of 2026, though the status remains pending completion [2][3].

Initial research projects at the hub include quantum sensing applications for navigation and the additive manufacturing of metallic alloys [2][6]. These projects build on an existing strategic collaboration between IBM and Lockheed Martin focused on aerospace and defense technology [6]. Researchers will use the system to study complex materials, molecules, and chemical processes alongside the existing AI-capable supercomputer at CSCS [3][6]. Classical computers reach their limits when simulating complex quantum mechanical processes, creating new opportunities for this technology [3].

Timeline and Operational Outlook

The announcement was made publicly on 9 and 10 September 2026, marking the start of this phased deployment [1][4]. The agreement for IBM to install and operate the system at CSCS covers an initial period extending through 2029, lasting 3 years [2][3]. A separate 10-year collaboration between IBM and ETH Zurich focused on advancing algorithms for AI and quantum computing was announced on 31 March 2026 and remains active [2][3]. Participants can use IBM’s cloud-based quantum systems immediately before the dedicated computer enters service [6].

Switzerland is gaining access to essential research infrastructure that will enable further advancement in this field [3][6]. The partnership is planned to run through 2029, with the collaboration initially set to run until that date [3]. This timeline ensures a sustained period for research and development before any potential renewal or expansion of the agreement [2][3].

Sources

quantum computing defense offset